LDSF a spatially stratified, random sampling design framework consisting of 10 km × 10 km blocks and clusters of plots.
Motivated by this, we present (i) a model reduction methodology for deriving nonlinear low-order models of the slow dynamics induced by large recycle streams, and (ii) a controller design framework consisting of properly coordinated controllers in the fast and the slow time scales.
This section introduces the hardware development environment of the proposed co-design framework consisting of two hardware parts.
Multirate control design in the lifting framework consists of lifting the system and subsequently designing a controller for the single-rate lifted system.
In this paper use of a membrane, to assist in the synthesis of propyl-propionate is investigated through the use of a hybrid process design framework, which consists of a process design/analysis stage, a process implementation stage and a process verification stage.
The framework consists of a design optimization, time-variant reliability analysis, structural performance analysis, and life-cycle cost evaluation phases.
The framework consists of three phases, respectively designed to analyze signal-based (low-level), components (mid-level) and semantic (high-level) information.
The framework consists of five treatment fidelity strategies: Treatment design, Training procedures, Delivery of treatment, Receipt of treatment and Enactment of treatment skills.
The proposed framework consists of a solvent screening stage based on conceptual separation process design, where multi-objective solvent design technology is utilized combined with a data mining method in order to rapidly identify major optimum solvent-process design drives.
The framework consists of a computer program, which generates designs based on shape grammars, and rapid prototyping technologies that produce physical models of generated designs.
